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The Fischer titrator is designed to measure the moisture content in non-aqueous media in substances that do not interact with the Fischer reagent, such as petroleum, petroleum products, oils (transformer, turbine, hydraulic, motor, etc.), organic solvents, etc. in accordance with GOST ISO 12937:2000, GOST 24614-81, GOST 33733-2016, GOST R 54284-2010, GOST R IEC 60814, GOST 14870-77, ASTM D 4928-00 (2010), ASTM D6304-07, ASTM D 1533-00, ASTM E 1064-05.

The measurement range of arsenic in waters, soil, and food products allows the determination of arsenic at concentrations well below the permissible level (maximum permissible concentration).

The low-temperature liquid cryostat CL-30 is a reliable and high—precision device designed for laboratory processes in which strict temperature control is important. It is suitable for operation in a wide temperature range: -20°C to +200°C. It has a high stability of maintaining the set parameters, the error does not exceed ± 0.1 ° C. The device has a maximum pump capacity of up to 15 l/min, which ensures uniform temperature distribution in the bath. It is possible to program temperature cycles and connect external sensors, which significantly expands the functionality of the device, making it a universal tool for a wide range of tasks. Main features and benefits: - The volume of the bath is 30 liters. It is made of durable AISI 304 stainless steel, which ensures corrosion resistance and durability; - Protection against overheating, overload and other malfunctions with automatic shutdown of the device; - Protection class according to with DIN EN60529 - IP44, which guarantees safe operation even in conditions of high humidity; - Discreteness - 0.01 °C; - RS-485 digital interface with intuitive operation; - Compact dimensions (380x185x345 mm) ensure easy transportation and installation in an already equipped space; - Weight - 16.9 kg. The CL-30 low—temperature liquid cryostat is an ideal choice for laboratories and industrial production, which combines reliability, wide functionality and high accuracy of maintaining set parameters.

Automated device for measuring the content of toxic trace elements (As, Cd, Pb, Cu, Zn, Mn, Hg, Se, I, Ni, Co, Fe, Ag, Sb, Bi, Fe, Sn) in water, soil, food products by voltammetric methods with sensitivity at 1/10 of the permissible level (MPC) and below.

High-precision measurements of hydrogen concentration in the range of 95-100% Monitoring of the operation of electrolyzers, control of hydrogen purity in the processes of hydrogen cooling of generators, in the technological processes of chemical, petrochemical, metallurgical and other industries 24 months warranty for deliveries across the Russian Federation A new patented measurement method The device does not require calibration Selectivity of measurement Direct method of measuring molecular hydrogen Insensitivity to humidity, carbon dioxide, oil vapor Measurement time 3-5 min Simple, intuitive interface Minimum maintenance Self-diagnosis Routine maintenance no more than 1 time per year Long-lasting, highly stable sensor The service life of the sensor is at least 10 years Color touch screen

The TM-75 top–drive agitator is an innovative development of the Russian company Primlab, which specializes in the creation and manufacture of laboratory equipment. It is designed for mixing liquids of different volumes and viscosities with the ability to set the rotation speed of the nozzle. In terms of its functionality and technical characteristics, it surpasses most of the similar equipment. Despite its compact dimensions, the agitator has many advantages. The main ones are: Mixing of samples with a viscosity of up to 50,000 MPa*s; Mixing of samples with a volume of up to 40 liters (water); Maximum torque, Ncm - 90; Several modes of operation: mixing clockwise and counterclockwise (reverse); Powerful brushless motor (75W); Large range of shaft rotation speed – from 20 to 2200 rpm. It is permissible to change the rotation speed without stopping the agitator; A seven-segment indicator that displays information about errors